![]() ![]() Though the stabilizer has the largest exergy destruction The total exergy destructions of 46.37 and 40.73% can be reduced, Total exergy destruction rates are 7.79 and 6.01 MW, respectively. ![]() The exergy efficiencies of conventionalĪnd new GASPs are 65.04 and 71.44%, respectively. The energy performance of both conventional and new GASPs is evaluated In PRO/II, which are verified with the actual plant operation data. Both conventional and new GASPs are simulated The absorption process intensification, which can be further explained Process (GASP) is proposed for better energy utilization considering In this work, a new gasoline absorption–stabilization Of each component and the interaction among components of the refining Analysis can identify the improved potential
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